How Blockchain Can Save The Planet
summary
A circular waste-to-soil system recovers millions of kilograms of pre-consumer produce, feeds it to a vertical three-level worm farm housing ~6,000 lb of worms, and bioconverts ~2 tons of feedstock into 1 metric ton of castings per day that can replace synthetic fertilizers. Data gets weighed at intake and output, modeled by an LCA and written to a blockchain LCA with Deloitte audit, enabling farm-level traceability, measurable social metrics (meals recovered) and audited carbon-offset claims.
AI-written summary · about
chapters (11)
- 0:00Blockchain and sustainability
- 1:28Reality Plus Refeed Farms
- 3:53Circular systems traceability
- 7:20Blockchain auditing challenges
- 10:54Regulators embracing blockchain
- 13:20Transparency fraud prevention
- 16:49Holistic impact beyond carbon
- 19:18Worm farming soil regeneration
- 21:48Blockchain solution for planet
- 23:11Web3 sustainability strategy
- 24:14Closing remarks
related talks
15mThe Untapped Potential Of Blockchain
20mHow Blockchain Technology is Being Used to Accelerate the Transition to Clean Energy
18mUnderstanding Blockchain Sustainability Beyond Bitcoin
13mSupply Chains in the Spotlight: 2 Success Stories
58mThe circular supply chain, and the drive for sustainability
09mBlockchain for social good
21mHow blockchain for business is already changing your everyday life
28mDecarbonizing Our Global Supply Chain Infrastructure: The Role...